Xombie rocket lands on its feet


(Image: Masten/NASA)


Future NASA spacecraft could be powered by zombies, or rather, Xombies – vertical take-off, vertical landing rockets of the kind seen here flying against the backdrop of the Mojave Desert.


VTVL rockets, as the industry calls them, are a mainstay of sci-fi but have not been used much in real-life space exploration. The Apollo Lunar Module, which ferried astronauts from orbit to the surface of the moon and back, is the only VTVL craft that has been used on a NASA mission.


Other VTVL rockets have been developed and tested on Earth, but their guidance algorithms often date back to the Apollo era. NASA is using the Xombie rocket, developed by Masten Space Systems in Mojave, California, to test new algorithms, which should cut fuel usage and enable missions to a wider variety of destinations.


This latest flight, which took place on 30 July, simulated a course correction during a landing on Mars. The rocket's flight algorithms were able to divert it from an incorrect landing point and land it safely.


The Xombie isn't the only VTVL rocket on the up and up. SpaceX continues to test its Grasshopper rocket, which has achieved an altitude of 325 metres and yesterday demonstrated its own course-correction skills.


If you would like to reuse any content from New Scientist, either in print or online, please contact the syndication department first for permission. New Scientist does not own rights to photos, but there are a variety of licensing options available for use of articles and graphics we own the copyright to.



Have your say

Only subscribers may leave comments on this article. Please log in.


Only personal subscribers may leave comments on this article


Subscribe now to comment.




All comments should respect the New Scientist House Rules. If you think a particular comment breaks these rules then please use the "Report" link in that comment to report it to us.


If you are having a technical problem posting a comment, please contact technical support.